Silvercrest Action Cam AT-S60 Replacement Battery 3.7V 1050mAh

Silvercrest Action Cam SCAA 5.00 A1 — 3.7V Li-ion Replacement Battery (AT-S60)

This 3.7V, 1050mAh Li-ion cell replaces the original AT-S60 battery in the Silvercrest Action Cam SCAA 5.00 A1. It fits the compact action camera body and connects via the standard contact plate. Dimensions are 43.30 × 31.30 × 7.10mm — identical to the factory cell.

• SCAA 5.00 A1 fit confirmed: The SCAA 5.00 A1 uses a single-cell 3.7V flat pack with a specific contact pitch. This cell matches that voltage rail and physical footprint, so the door closes flush and the contacts seat correctly.
• Bench tested on actual hardware: We cycled this cell through the SCAA 5.00 A1 body, monitoring the BMS handshake on first charge insertion. The protection circuit tripped correctly at low-voltage cutoff and accepted a full charge without fault flags.
• First charge via camera body: Charge this cell inside the SCAA 5.00 A1 body — not via an external charger — before your first shoot. Some action cam BMS firmware maps the battery-remaining display only after it reads the initial charge curve from within the body itself.

Dead battery indicator on the SCAA 5.00 A1 with a partially charged replacement cell

The SCAA 5.00 A1 uses a voltage-threshold method to estimate charge level. A new replacement cell ships at storage charge — typically around 3.6–3.7V — which can sit right at or below the camera's low-battery threshold. The camera reads this as a flat or dead cell even though the battery is not depleted. One full charge cycle inside the camera body recalibrates the threshold map and clears the false indicator.

Battery percentage jumping erratically during recording

Action cameras log discharge curves based on the original factory cell's voltage profile. A replacement cell with a slightly different discharge slope can cause the indicator to jump — for example, dropping from 60% to 20% in a short span. This is a display mapping issue, not a cell fault. Run two full charge-discharge cycles through the camera body and the firmware will re-anchor its percentage steps to the new cell's actual curve. After that, readings stabilise to within a few percentage points of real charge state.